Philips 24E1N1100A Review UK (2026) - 24-inch FHD, 100Hz IPS Verdict

A monitor is not a purchase you make and forget. It sits on your desk every single day, and if the panel is wrong for your use case, you will notice it every single day. So when a 24-inch IPS display at a budget price point pulls in over 6,521 owner reviews and holds a 4.5-star average, that is data worth taking seriously. The Philips 24E1N1100A is not a flashy screen. It does not pretend to be. But for home workers, students, and casual gamers who need a reliable, easy-on-the-eyes display without spending serious money, the numbers suggest it delivers exactly what it promises.

The verdict upfront: this is a competent budget IPS panel with a genuinely useful 100Hz refresh rate, honest connectivity, and the kind of owner satisfaction score you rarely see at this price tier. The 1ms MPRT figure is marketing shorthand rather than real-world pixel transition speed, the contrast ratio is typically IPS (read: average), and there is no HDR to speak of. But for the use cases this monitor is actually built for, none of that is a dealbreaker. The Philips 24E1N1100A is a solid, unfussy screen that gets the basics right.

Below, we have gone through the spec sheet in detail, cross-referenced what owners are consistently reporting, and put this up against the obvious alternatives in the same budget bracket. Here is everything you need to know before you buy.

Connectivity is straightforward: one HDMI 1.4 port and one VGA port, plus a 3.5mm audio output. No DisplayPort, no USB-C, no USB hub. That is a fair set of options for a screen in this bracket, and VGA inclusion means it will work with older office hardware without an adapter. The HDMI 1.4 specification supports 1080p at 100Hz without issue, so the refresh rate is fully accessible over the included connection type. The audio out lets you plug in headphones or powered speakers if you need sound from the source device.

The table below covers the full spec breakdown at a glance.

The trade-off with IPS is contrast. Native contrast ratios on IPS panels typically land around 1000:1, which is noticeably lower than VA panels that can reach 3000:1 or higher. What that means in practice is that blacks are not truly deep, especially in a dark room. You will see the characteristic IPS glow in the corners of the screen when displaying dark content, a slight brightening caused by the panel's backlight bleeding through at the edges. This is a known property of IPS technology rather than a defect specific to Philips, but it is something to factor in if you watch a lot of films in low light. For office work, web browsing, and daytime gaming, it is a non-issue.

Compared to a TN panel, which you might find on some competing budget monitors, IPS is a clear upgrade. TN screens have faster native response times but narrower viewing angles and worse colour reproduction. Compared to VA, IPS wins on viewing angles and colour consistency but loses on contrast. For a monitor that will spend most of its life displaying spreadsheets, browser tabs, and the occasional game, IPS is the sensible panel choice, and Philips has made the right call here. Owner reviews consistently praise the image quality for the price, with many specifically mentioning how clean and bright the picture looks out of the box.

The anti-glare coating on the 24E1N1100A is a matte finish, which is the practical choice for a monitor that will sit near a window or under office lighting. Glossy panels look punchy in a dark, controlled environment, but in a typical UK home or office with natural light coming in from multiple directions, matte coatings reduce reflections to a manageable level without introducing the hazy, slightly soft look that some aggressive anti-glare treatments produce. At 250 cd/m2 peak brightness, this is not a screen that will fight hard against direct sunlight, but it handles normal indoor lighting conditions without issue.

The Philips LowBlue mode is a software-based filter that reduces blue light output, which some users find helpful for extended working sessions. Flicker-free technology eliminates the PWM (pulse-width modulation) dimming that causes headaches and eye strain for sensitive users. Both features are present here, and owner reviews from people using this monitor for six-plus hours a day frequently mention that it is comfortable to use for long periods. That is genuinely useful feedback. A monitor that causes headaches by lunchtime is a bad monitor regardless of its refresh rate. The cable management feature built into the stand is a small but appreciated practical touch that keeps the desk tidy.

Philips does not explicitly advertise FreeSync or G-Sync compatibility for this model in the verified product data. That means adaptive sync support is not confirmed, and you should not assume it is present. Without adaptive sync, you may see screen tearing in games if your frame rate does not lock cleanly to the monitor's refresh rate. For most casual gaming scenarios at 1080p, locking to 100fps with V-Sync enabled is straightforward with any mid-range GPU, so the absence of confirmed adaptive sync is not a major problem for the target audience. Competitive PC gamers who need guaranteed tear-free performance across a variable frame rate range should look at monitors with confirmed FreeSync Premium or G-Sync Compatible certification.

The HDMI 1.4 port is capable of running 1920x1080 at 100Hz, so the full refresh rate is accessible without needing a DisplayPort connection. That is a practical point because many budget graphics cards and integrated graphics solutions offer HDMI as their primary output. You will not be bandwidth-limited at this resolution and refresh rate over HDMI 1.4. The VGA port, by contrast, is an analogue connection and its maximum practical refresh rate at this resolution is typically 60Hz, so if you want the full 100Hz, HDMI is the connection to use.

At 100Hz with a 4ms GtG response, you are not going to see the kind of motion clarity that a 144Hz or 240Hz panel with a 1ms GtG delivers. Fast-paced competitive shooters where you are whipping the camera around at high speed will show some motion blur, particularly in dark areas of the scene. For slower-paced games, strategy titles, RPGs, and sports games, the response time is more than adequate. Owner reviews from gamers using this monitor for titles like FIFA, Minecraft, and various single-player games report no significant complaints about motion handling. The issues tend to come from people who bought it expecting competitive-gaming-level performance, which is not what this monitor is positioned for.

The MPRT specification does suggest that Philips has implemented some form of backlight strobing or motion blur reduction mode to achieve that 1ms figure. These modes typically reduce brightness when active and can introduce their own artefacts at certain refresh rates. Whether this mode is useful in practice depends on personal preference. The underlying 4ms GtG panel is the baseline, and for the majority of use cases in the budget segment, it performs as expected. No published third-party measurements for this specific model are available at time of writing, but the panel class and spec sheet align with what you would expect from comparable IPS screens in this bracket.

Factory calibration on budget monitors is rarely tight. Delta-E values (the measurement of colour accuracy, where lower is better and below 2 is considered good) on screens in this price bracket typically land anywhere from 2 to 5 out of the box, depending on the unit. Some owners will get a well-calibrated panel, others will notice a slight colour cast that can be corrected through the OSD colour settings. The IPS technology does at least ensure that the colours you see are consistent across the screen and from different viewing positions, which is more than you can say for TN panels at a similar price.

For content creation, the honest answer is that this monitor is not the right tool for serious colour work. If you are editing photos for client delivery, designing print materials, or grading video, you want a monitor with verified sRGB or DCI-P3 coverage, a known factory calibration report, and ideally a hardware calibration option. The 24E1N1100A is not that monitor. But for the vast majority of users, including those who do light photo editing as a hobby, the colour reproduction is pleasant and accurate enough that you will not be making bad decisions based on what you see on screen. Owner reviews consistently describe the colours as vivid and natural, which aligns with the IPS wide-gamut character of the panel.

If HDR content is sent to this display via HDMI, the monitor will render it in SDR, tone-mapping the signal down to fit within its brightness range. The result is watchable but not the HDR experience the content was designed for. This is not a criticism of the 24E1N1100A specifically. It is a reality of the budget monitor segment. Genuine HDR performance costs significantly more, and no monitor at this price tier delivers it. The 24E1N1100A is honest in not making HDR claims it cannot back up.

For SDR content, which is the vast majority of what most users watch and play, the 250 cd/m2 brightness is adequate for indoor use. In a well-lit room, you may want to push the brightness toward its maximum, but it handles typical office and home lighting without the image looking washed out. If you are in a very bright environment with direct sunlight hitting the screen, you will notice the brightness ceiling. For most UK home setups, it is fine. The absence of HDR is not a problem for this monitor's target user. It would only be a problem if you bought it expecting HDR, which the spec sheet does not promise.

The 250 cd/m2 peak brightness is the other side of the contrast equation. It is a standard figure for budget monitors and sufficient for most indoor environments. In a typical UK home office or bedroom setup, you will likely run the monitor at 60 to 80 percent of maximum brightness, which leaves headroom for brighter conditions. The screen is not going to compete with a 400-nit or 600-nit panel in terms of punchy, high-contrast visuals, but it holds its own in normal lighting. Owner feedback does not flag brightness as a common complaint, which suggests the 250 cd/m2 rating is genuinely usable rather than a theoretical maximum that degrades in real conditions.

Brightness uniformity across the panel is a factor that varies unit to unit on budget monitors. Some owners will get a perfectly even backlight, others will notice slightly brighter edges or corners. IPS glow, where the corners of the screen appear lighter when displaying dark content, is a characteristic of the panel technology rather than a manufacturing defect, and it is more visible on some units than others. If you are buying this monitor for colour-critical work where backlight uniformity matters, that is a risk. For general use, it is rarely an issue that owners report as significant.

VESA mount compatibility is not confirmed in the verified product data for this model. If a monitor arm is important to your setup, check the product listing and Philips documentation before purchasing. Many monitors in this segment do include a standard 75x75mm or 100x100mm VESA pattern behind the stand, but it is not something to assume without confirmation. The stand footprint is compact enough for a 24-inch monitor, which suits smaller desks. The cable management feature built into the stand is a practical touch that keeps HDMI and power cables routed neatly, reducing desk clutter.

Build quality on budget monitors is always a compromise, and the 24E1N1100A is no exception. The chassis is plastic throughout, which is expected at this price. Owner reviews describe the build as solid enough for daily use without feeling flimsy. The stand is reported to be stable without excessive wobble, which matters more than it sounds because a wobbly monitor is genuinely irritating to use. The bezel is slim on three sides, which gives the screen a modern look and reduces the visual bulk on the desk. Overall, the build quality is appropriate for the price tier: not premium, but not embarrassing either.

• 1x HDMI 1.4 (supports 1920x1080 at 100Hz)
• 1x VGA (analogue, typically limited to 60Hz at this resolution)
• 1x 3.5mm audio output

The HDMI 1.4 port is the connection to use for the full 100Hz refresh rate. HDMI 1.4 has sufficient bandwidth for 1080p at 100Hz, so you will not be artificially limited by the connection standard. If your PC or laptop only has HDMI out, you are sorted. If your device has a USB-C or DisplayPort output, you will need an appropriate adapter to connect to this monitor, which is a minor inconvenience rather than a dealbreaker.

The VGA port is there for legacy compatibility. Older office PCs, some budget laptops, and certain workstations still use VGA as their primary display output, and having it on the monitor avoids the need for an adapter in those scenarios. It is an analogue connection, so image quality at 1080p is slightly softer than digital connections, and the maximum practical refresh rate is typically 60Hz. For anyone connecting a modern PC, HDMI is the right choice. The 3.5mm audio out is a simple but useful addition. It passes audio from the HDMI source through to headphones or powered speakers, which saves you routing audio separately from your PC.

The Acer K243Y is a well-regarded option in this segment. Acer's budget monitors have a strong track record for colour accuracy out of the box, and the K243Y typically ships with a tighter factory calibration than most monitors at this price. It offers a 75Hz refresh rate on some variants, though 100Hz versions are available. Build quality is comparable to the Philips, with a similar tilt-only stand. The Philips 24E1N1100A has the edge on refresh rate at 100Hz versus the 75Hz base configuration, which is a meaningful difference for gaming use. For pure office work, the refresh rate difference matters less. On the question of Philips versus Acer, both are reliable brands in the budget monitor space. Philips has the stronger owner review count and rating here, but Acer's colour accuracy reputation is solid.

The AOC 24B2XH is another common alternative. AOC monitors are known for aggressive pricing and decent IPS panel quality. The 24B2XH runs at 75Hz rather than 100Hz, which gives the Philips a clear advantage for anyone who games occasionally. AOC's build quality at this price tier is functional rather than impressive, similar to the Philips. The AOC does not include cable management, which is a small but real advantage for the Philips in a tidy workspace. Overall, the Philips 24E1N1100A competes well against both alternatives, with the 100Hz refresh rate being its clearest differentiator in the budget segment.

The 100Hz refresh rate is the headline differentiator at this price. Most competitors in the same bracket are still shipping 75Hz panels, and 100Hz makes a noticeable difference to everyday smoothness, not just gaming. The IPS panel delivers wide viewing angles and decent colour reproduction. The eye care features are genuine rather than token. The cable management is a small but appreciated practical detail. The connectivity covers the two most common connection types for this market without overcomplicating things.

The weaknesses are predictable for the price tier: average contrast ratio, no confirmed adaptive sync, a tilt-only stand with no height adjustment, and no HDR capability. None of these are surprises for a budget monitor. They are the trade-offs you accept when you buy in this bracket. If any of them are dealbreakers for your use case, you need to spend more money. The Philips 24E1N1100A is not pretending to be something it is not, and that honesty is part of why owners rate it so well.

Who should buy this: home workers who need a reliable, comfortable second monitor or primary display for productivity. Students who want a decent screen for studying and light gaming without spending much. Anyone upgrading from a genuinely old 60Hz TN panel who wants an immediate improvement in everyday comfort. Casual gamers playing slower-paced titles who do not need competitive-level motion clarity.

Who should skip it: competitive FPS players who need 144Hz or higher with confirmed adaptive sync. Anyone who does professional colour work and needs verified sRGB coverage and factory calibration data. Users who need height adjustment or VESA mount compatibility and cannot confirm it on this model. If you watch a lot of films in a dark room and care about deep blacks, a VA panel in the same budget would serve you better on contrast.

One honest note on value: if you only need a second monitor for a laptop docking station and will mostly be reading documents and browsing the web, a 60Hz IPS panel at a lower price point does that job perfectly well. The 100Hz advantage is real, but it is most useful when you are actually gaming or doing work that benefits from smoother motion. Do not pay the 100Hz premium if your use case is purely static document work.

For everything else, the Philips 24E1N1100A at £74.97 is a straightforward recommendation in the budget bracket. It is reliable, comfortable, and well-regarded by a large number of real owners. That is enough.